Wasatch Photonics, Inc.

VPH transmission grating optimized for laser pulse compression at 1030 nm.

VPH transmission grating for SWIR applications with 250 l/mm at 1250 nm center wavelength.

High-dispersion VPH transmission grating optimized for 1310 nm OCT and SWIR systems.

VPH transmission grating with 1200 l/mm at 840 nm center wavelength for NIR applications.

High-dispersion VPH transmission grating optimized for 870 nm OCT applications.

VPH transmission grating for SWIR telecommunication and spectroscopy at 1550 nm.

VPH transmission grating with 1800 l/mm at 532 nm center wavelength.

High-dispersion VPH transmission grating with 1800 l/mm at 840 nm center wavelength.

VPH transmission grating with 600 l/mm at 900 nm center wavelength for NIR.

VPH transmission grating with 1000 l/mm at 600 nm center wavelength.

VPH transmission grating with 360 l/mm at 550 nm center wavelength.

VPH transmission grating with 600 l/mm at 600 nm center wavelength.

A compact, high-throughput optical bench designed for research Raman applications, compatible with ultra-cooled scientific cameras and high-efficiency VPH transmission gratings.

Transmissive VPH grating for pulse compression with a nominal wavelength of 1020 - 1040 nm and 1700 lines/mm spatial frequency.

High dispersion volume phase holographic grating designed for ultrafast laser pulse compression applications.

A compact, high-throughput optical bench designed for research Raman applications, compatible with ultra-cooled scientific cameras and high-efficiency VPH transmission gratings.

VPH transmission diffraction grating tailored for NIR imaging and 1300 - 1800 nm spectral analysis.

VPH transmission diffraction grating tailored for NIR imaging and 1300 - 1800 nm spectral analysis.

An optical coherence tomography (OCT) spectrometer designed with high-efficiency diffraction gratings, low-polarization dependent loss, high-speed and high-sensitivity camera integration, and near diffraction-limited proprietary focusing optics for excellent roll-off performance.

Compact and lightweight OCT spectrometer designed for OEM integration into materials processing and inspection systems.

800 nm OCT spectrometer offering maximum speed and resolution for retinal and anterior chamber imaging.

NIR OCT spectrometer designed for maximum imaging depth in dermatology, anterior segment imaging, and sub-surface material inspection.

High-performance NIR OCT spectrometer optimized for highly scattering samples such as optical coherence microscopy and non-destructive testing.

Cobra 1300 short wave infrared spectrometer configuration providing an 11.5 mm imaging depth, 1262-1335 nm wavelength range, and 73 nm bandwidth for high resolution OCT imaging.

Cobra 1300 short wave infrared spectrometer model engineered with a 1.4 mm imaging depth, 950-1450 nm wavelength range, and 500 nm bandwidth.

Industrial grade OCT spectrometer providing greater depth for long-range imaging in ophthalmology and medicine.

A high-speed 1050 nm OCT spectrometer variant offering a 147 kHz max line rate and 2048 pixels.

Cobra 1300 short wave infrared spectrometer configuration providing a 2.0 mm imaging depth, 1100-1500 nm wavelength range, and 400 nm bandwidth.

A low roll-off, high speed 1050 nm OCT spectrometer model featuring a 76 kHz max line rate, 2048 pixels, and 5.0 mm imaging depth.

Visible OCT spectrometer optimized for maximum information including blood oxygenation mapping, utilizing e2v OctoPlus cameras.

Cobra 1300 short wave infrared spectrometer configuration offering 5.8 mm imaging depth, 1235-1385 nm wavelength range, and 150 nm bandwidth.

Cobra 1300 short wave infrared spectrometer model engineered with a 3.5 mm imaging depth, 1175-1420 nm wavelength range, and 245 nm bandwidth.

Compact, high-throughput optical bench designed for use with an ultra-cooled scientific camera for research Raman measurements, built around high-efficiency VPH transmission gratings and diffraction-limited optics.

High throughput f/1.3 Raman spectrometer utilizing patented volume phase holographic gratings and high quantum efficiency detectors.

Fully modular Raman spectrometer configuration from the WP 830 Raman series.

Fully integrated Raman spectrometer system with integrated laser and sampling optics from the WP 830 Raman series.

Compact Raman spectrometer delivering high throughput, low stray light, and excellent thermal stability.

Semi-integrated Raman spectrometer configuration with integrated laser from the WP 830 Raman series.

Raman probes with matched numerical aperture to Wasatch Photonics spectrometers, featuring interchangeable imaging and collection barrels.

User-configurable Raman probes featuring a unique replaceable tip design to easily change probe length and working distance.

Semi-integrated Raman system combining the spectrometer and laser into a compact, cost-effective footprint with direct laser power control.

Fully modular Raman spectrometer using fibers to route excitation light between laser, probe, and spectrometer.

Fully integrated Raman system combining the laser, sampling optics, and spectrometer with high optical efficiency.

Semi-integrated Raman system combining the spectrometer and laser into a compact, cost-effective footprint with direct laser power control.

High sensitivity near-infrared spectrometer series designed for fast data sampling, featuring a 900-1700 nm wavelength range, f/1.3 input, and TEC cooling for superior signal-to-noise ratio.

OEM module configuration of the NIR spectrometer for integration into custom analytical systems.

Compact OEM Raman spectrometer operating at 830 nm with extended spectral range and high throughput.

Fully modular Raman system using fibers to route excitation light between laser, probe, and spectrometer.

Fully integrated Raman system combining the laser, sampling optics, and spectrometer with high optical efficiency.

Semi-integrated Raman system combining the spectrometer and laser into a compact, cost-effective footprint.

Compact OEM Raman spectrometer operating at 785 nm with fingerprint spectral range and high throughput.

Fully modular Raman system using fibers to route excitation light between laser, probe, and spectrometer.

Fully integrated Raman system combining the laser, sampling optics, and spectrometer with high optical efficiency.

Semi-integrated Raman system combining the spectrometer and laser into a compact, cost-effective footprint.

Cobra OEM OCT Spectrometer model configured with 120 nm bandwidth and 3.0 mm imaging depth.

Cobra OEM OCT Spectrometer model configured with 180 nm bandwidth and 2.0 mm imaging depth.

Cobra OEM OCT Spectrometer model configured with 120 nm bandwidth and 3.0 mm imaging depth.

High-efficiency visible spectrometer series featuring a 400-800 nm wavelength range, f/1.3 input, and high transmission VPH gratings for superior sensitivity and SNR.

Semi-integrated Raman system combining the spectrometer and laser into a compact footprint with direct software laser power control.

Fully integrated Raman system combining the laser, sampling optics, and spectrometer with high optical efficiency.

Fully modular Raman system using fibers to route excitation light between laser, probe, and spectrometer.

Configurable high-sensitivity Raman spectrometer model optimized for 830 nm excitation.

Semi-integrated Raman system combining the spectrometer and laser into a compact footprint with direct software laser power control.

Cobra-S 800 OCT spectrometer model with 9.0 mm imaging depth and 820-860 nm wavelength range.

Cobra-S 800 OCT spectrometer model with 4.5 mm imaging depth and 800-880 nm wavelength range.

Cobra-S 800 OCT spectrometer model with 6.0 mm imaging depth and 810-870 nm wavelength range.

Cobra-S 800 OCT spectrometer model with 2.0 mm imaging depth and 750-930 nm wavelength range.

Cobra-S 800 OCT spectrometer model with 3.0 mm imaging depth and 780-900 nm wavelength range.

Fully integrated Raman system combining the laser, sampling optics, and spectrometer with high optical efficiency and direct laser power control via software.

Fully modular Raman system using fibers to route excitation light between laser, probe, and spectrometer.

Fully integrated Raman system combining the laser, sampling optics, and spectrometer with high optical efficiency and direct laser power control via software.

Configurable high-sensitivity Raman spectrometer model optimized for 785 nm excitation.

Semi-integrated Raman system combining the spectrometer and laser into a compact, cost-effective footprint with direct laser power control via software.

Cobra-D OCT spectrometer model with 14.0 mm imaging depth and 21 nm bandwidth.

Cobra-D OCT spectrometer model with 4.5 mm imaging depth and 80 nm bandwidth.

Cobra-D OCT spectrometer model with 6.0 mm imaging depth and 60 nm bandwidth.

Cobra-D OCT spectrometer model with 9.0 mm imaging depth and 40 nm bandwidth.

Fully integrated 1064 nm Raman spectrometer configuration with integrated laser and sample interface optics.

Fully modular 1064 nm Raman spectrometer configuration.

Fully integrated 1064 nm Raman spectrometer configuration with integrated laser and sample interface optics.

A compact, high-sensitivity 248 nm UV Raman spectrometer featuring a high NA, f/2.0 optical design and interchangeable slit for superior resolution and SNR in research applications.

Build-to-print Raman spectrometer model utilizing an 830 nm excitation wavelength for optimal fluorescence suppression.

Build-to-print Raman spectrometer model utilizing a 1064 nm excitation wavelength for virtually elimination of sample fluorescence.

Build-to-print Raman spectrometer model utilizing a 532 nm excitation wavelength with multiple resolution and cooling tiers.

Extended range 532 nm Raman spectrometer offering wider spectral coverage and robust cooling tiers.

Build-to-print Raman spectrometer model operating at 633 nm excitation with various slit size and cooling configurations.

Build-to-print Raman spectrometer model utilizing a 405 nm excitation wavelength with multiple resolution and cooling tiers.

Enhanced volume phase holographic grating designed for pulse compression and stretching of high power ultrafast lasers, offering high efficiency and low wavefront distortion.

Versatile VPH gratings capable of very high transmission at a single polarization or broad bandwidth polarization insensitive operation.

High dispersion and efficiency VPH gratings designed for faster, smaller OCT spectrometers and increased full bandwidth throughput for spectroscopy and astronomy.

Versatile VPH gratings capable of exceptionally high transmission at a single polarization or designed as broad bandwidth and polarization insensitive.

Patented Dickson and HD grating designs providing greater dispersion and minimal polarization sensitivity over broad bandwidths.

Gratings designed to maximize diffraction efficiency of s-polarized light, p-polarized light, or average polarization, ideal for laser pulse compressor and stretcher applications.

Stock high-dispersion VPH transmission grating designed for 790 - 890 nm nominal wavelength with a spatial frequency of 1800 lines/mm.

A compact, high-throughput research Raman spectrometer designed around high-efficiency VPH transmission gratings and diffraction-limited optics, compatible with ultra-cooled scientific cameras for low-light measurements.

Stock high-dispersion VPH transmission grating designed for 1220 - 1400 nm nominal wavelength with a spatial frequency of 1145 lines/mm.

Stock VPH transmission grating designed for 740 - 940 nm nominal wavelength with a spatial frequency of 1200 lines/mm.

Custom compound optical elements composed of a VPH grating and prism(s) designed to provide in-line optical layouts, specific dispersion, and output angles.

High transmission VPH gratings offering extremely high transmission over narrow to medium bandwidths, ideal for astronomy and high dispersion spectroscopy.

Polarization-enhanced grating designs offering exceptionally high s-order diffraction efficiency with low wavefront error.

VPH grating designed for hyperspectral imaging and spectral analysis covering 900 - 1800 nm nominal wavelength.

A compact, high-throughput research Raman spectrometer designed for low-light signals and long measurement times, built with VPH transmission gratings and diffraction-limited optics.

Customizable VPH grating designs that serve a diverse range of applications while providing excellent efficiency and smoothly varying bandwidths.

Configurable, robust, and reliable high-sensitivity Raman product line including modular spectrometers, integrated lasers, complete systems, and OEM modules.

Powerful, extra-compact drop-in modules designed for OEMs using the fingerprint range at 785 or 830 nm excitation.

Configurable high-sensitivity Raman spectrometer module optimized for 1064 nm excitation, available in OEM module configurations only.

Cobra OEM OCT Spectrometer model configured with 140 nm bandwidth and 2.6 mm imaging depth.

A fully modular Raman system uses fibers to route excitation light between laser, probe, and spectrometer, offering maximum reconfigurability.

Cobra-S 800 OCT spectrometer model with 7.4 mm imaging depth and 900-960 nm wavelength range.

Cobra-S 800 OCT spectrometer model with 12.9 mm imaging depth and 827-855 nm wavelength range.

Cobra-S 800 OCT spectrometer model with 2.6 mm imaging depth and 780-920 nm wavelength range.

Cobra-S 800 OCT spectrometer model with 1.1 mm imaging depth and 650-950 nm wavelength range.

Cobra-D OCT spectrometer model with 12.9 mm imaging depth and 28 nm bandwidth.

Cobra-S 800 OCT spectrometer model with 1.6 mm imaging depth and 680-880 nm wavelength range.

Cobra-S 800 OCT spectrometer model with 1.6 mm imaging depth and 620-780 nm wavelength range.

A semi-integrated Raman system combines the spectrometer and laser into a single unit to reduce footprint and cost, while separate connectors allow a fiber-optic Raman probe.

A fiber-coupled Raman probe used to route excitation laser light to the sample and collect scattered light back to the spectrometer.

A fully integrated Raman system brings the laser, sampling optics, and spectrometer together into one unit, eliminating fibers to increase signal.

Compact powerhouse XL series featuring an ultra-cooled scientific camera with a full-height sensor for advanced research and demanding measurements.

Configurable high-sensitivity Raman spectrometer model optimized for 532 nm excitation.

Configurable high-sensitivity Raman spectrometer model optimized for 638 nm excitation.

XSB model Raman spectrometer featuring novel 785 nm line-illumination sampling designed for biomaterials, SERS substrates, and lateral flow assays.

XS model Raman spectrometer featuring 830 nm excitation for point sampling of materials.

XS model Raman spectrometer featuring 785 nm excitation for point sampling of materials.

An extended range high-throughput Raman spectrometer configured with a temperature-regulated detector and 25 um slit, covering a spectral range from 200 to 3500 cm-1 with 9 cm-1 resolution for applications such as rapid plastic identification.

High-sensitivity Raman spectrometer optimized for 830 nm excitation with ultra-cooled scientific camera compatibility.

Intuitive user interface for desktop, laptop, or mobile designed to simplify the process of acquiring spectra, included with every spectrometer.

High-sensitivity Raman spectrometer optimized for 785 nm excitation with ultra-cooled scientific camera compatibility.

High-sensitivity Raman spectrometer optimized for 1064 nm excitation with ultra-cooled scientific camera compatibility.

High-sensitivity Raman spectrometer optimized for 633 nm excitation with ultra-cooled scientific camera compatibility.

Integration of ENLIGHTEN™ spectroscopy software with the KnowItAll Raman spectral database from Wiley Science Solutions to perform rapid material identification, verification, and validation.

High-sensitivity Raman spectrometer optimized for 532 nm excitation with ultra-cooled scientific camera compatibility.

XS model Raman spectrometer featuring 633 nm excitation for point sampling of materials such as liquids and powders.

The first compact, modular UV Raman spectrometer designed for use with a 248.6 nm NeCu laser, covering the range 400-3200 cm-1 with 14 cm-1 resolution.